I like AMD’s definition of the netbook better than Intel’s.
- 4 GB of RAM
- Powerful CPU
- 768 vertical lines of resolution
- RADEON 4225
But their price ($509) is out to lunch. An i3 Based 14″ notebook is just a few bucks more.
I like AMD’s definition of the netbook better than Intel’s.
But their price ($509) is out to lunch. An i3 Based 14″ notebook is just a few bucks more.
AMD still makes the Geode? Wow. Talk about flying under the radar.
Asus Eee PC 1201K spotted, uses AMD Geode processor – TechSpot News.
I don’t know what to make of AMD’s winning streak lately. There are a lot of design wins for the new Neo, Athlon and Phenom mobile chips.
Maybe it is the overall platform performance that is scoring these wins – their IGP choices are solid (although none of them comes even close to the Nvidia 320m). AMD’s CPUs are still slower clock-for-clock, hotter and use more electricity so the source of these wins can’t be performance. Maybe Intel is having a tough time meeting demand. Most likely, AMD is selling these chips very cheap.
That works to gain share short term, but making chips is expensive. You need lots of research and development dollars. If you margins are shrunk by competing on price that leaves less money for development of new technologies.

I always imagined a trip to Apple’s Cupertino HQ to start off with clandestine back alley meeting followed by blindfolded ride in the back of a dark car. Sadly, I never got a chance to find out. My pal at Apple came up to Calgary to meet me and my company of the time.
But maybe such secrecy is warranted because nothing seems to get you noticed quite like a meeting at Apple’s offices. Lately, it would seem that quite a few folk from AMD are making the trip.
I can see AMD Opterons in Xserve, and more RADEONs (of FireGL) in lots of Macs but I don’t see how power hungry, low performance Athlons and Phenoms offer any appeal to Apple.
Sure, there are notebooks available today that use this mobile video card format but can anyone really say that the concept has achieved success?
A few years ago when Nvidia and ATI launched MXM and Axiom there was reason to be excited. One of the key reasons that notebooks lagged desktops was that they were a dead end in many ways – most had their CPUs and GPUs soldered to the motherboard. These new card formats would make the GPU upgradable.
Today, socketed CPUs are common. Axiom is gone, but MXM modules abound. You would never know this though. Many notebooks designs effectively lock the MXM module by hiding it away from access panels. This diminishes the likleyhood of users attempting upgrades. The Toshiba A300 is an example of this.
Another issue is the lack of add in boards. Users looking to upgrade have to seek out a small number of vendors who sell the MXM boards. Its up to the user to educate themselves on the three form factors and to research what video bios works on their hardware. The upgrades are typically not supported – even if you use a module from your vendor. Recently I reviewed the Acer Aspire 6920G and it fell into this category.
Compatibility seems to be broken on a regular basis too. Whether its the heat interface or the electronics, it seems very few people who bought MXM compatible notebooks one generation ago have the ability to upgrade to today’s GPUs. I am thinking specifically of people who bought Dell XPS 17″ notebooks. Those would still be viable gaming systems with an Nvidia 9800m GT GPU.
I guess the point of this post is to remind you not to get hung up on a feature like MXM. Most future proofing features are of dubious value. In future reviews I will point out wheather this feature is present and list compatible modules – clearly pointing out when none exist.
… with a little bit of extra lovin’ from AMD in the form of the RADEON 3650.
Yummy!

I’ll say it again, for real PC gaming enthusiasts Larrabee will not be a bona fide option. Not in 2009 and maybe not ever.
Larrabee is going to be a highly programmable general purpose GPU (GP-GPU) that will eventually become a co-processor for other tasks. It is an answer to the threat from AMD and Nvidia – near-term their highly parallel programmable GPUs pose a real threat to Intel’s core business (pun intended).
Already we see products like the Gateway FX notebook line that couples a high end Nvidia GPU with a budget CPU. It easily outperfroms other notebooks with weaker GPUs and high-end Intel CPUs. This eliminates the need to spec a fast CPU, a builder can opt to spend slightly more on a good GPU for their product. For many years Intel has been the king of the bill of goods – getting the CPU, chipset and wireless budget directly and royalties indirectly from the vendors of other chips in a notebook. Any threat to this business is a big deal in Intel’s Santa Clara HQ.
Nvidia and AMD’s GP-GPU plans include hardware acceleration of ever more computation-intensive tasks. They will be pushing their gear into higher value segments such as science and research, but consumers will see some benefits too – Nvidia’s free physics acceleration driver last week is a good example.
AMD is working to directly integrate programmable GPUs on the CPU die.
There will be some well-deserved back patting next week at IDF, but Nvidia and AMD have less to celebrate. They are already in their dark little hovels plotting and scheming on how to spoil things for Intel.